TCP/IP WEB Cloud Floor controller System
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  • TCP/IP WEB Cloud Floor controller System

TCP/IP WEB Cloud Floor controller System
+
  • TCP/IP WEB Cloud Floor controller System

TCP/IP WEB Cloud Floor controller System

20 FLOORS Web Elevator Multifloors Controller
  • Product description
  • Product Features
  • Application Industry
  • Product Case
    • Commodity name: TCP/IP WEB Cloud Floor controller System
    • Commodity ID: FD-FL20P

    20 FLOORS Web Elevator Multifloors Controller

    20 FLOORS Web Elevator Multifloors Controller

     

    Product Parameters:

    User capacity: 50.000  RS485: 1200 Meters
    Logs capacity: 100.000  Operation Temperature: -20~65℃
    Processor: 32-bit RAM Operation Humidity: 10%~90%,RH
    Floor contro: 20-80 Floors (Through RS485 extend 4pcs elevator controller to achieve
    up to 80 floors.)
    Max.Range For Wiegand Reader: 80 Meters
    WG Reader: 1  Reader Communication Mode: Wiegand 26/34 bit. (Support customizable)
    RS485: 1  Size: 224*125*30mm
    TCP/IP Interface: RJ45(WEB Server) Weight: 800g
    Power Requirement: DC12V,1A

     

    Installation Diagram:

    🚀 High Performance Elevator Access Control

    The Tcp/Ip Floor Controller System is a robust and intelligent solution designed to manage elevator access with high reliability and efficiency. Engineered with a powerful 32 bit RAM processor, the system ensures fast data processing and stable performance, making it suitable for commercial buildings, residential complexes, hotels, and secure facilities.

    🗂 Large User and Log Capacity

    With a storage capacity of up to 50000 users and 100000 logs, the Tcp/Ip Floor Controller System supports large scale access control environments without compromising speed. Its built in memory ensures smooth operation even during peak usage, allowing administrators to track user activities and maintain accurate access records.

    🏢 Flexible Floor Control

    The system supports control of 20 to 80 floors. By extending up to four elevator controllers through RS485 communication, it allows flexible deployment in high rise buildings. This scalability provides a cost effective upgrade path and ensures that the system can grow together with your building’s access requirements.

    🔗 Stable and Long Distance Communication

    Equipped with both TCP/IP (RJ45) and RS485 interfaces, the Tcp/Ip Floor Controller System guarantees reliable communication across long distances.

    RS485 supports transmission up to 1200 meters, ensuring reliable data exchange between devices.

    Wiegand reader support includes Wiegand 26/34 bit, with a maximum range of 80 meters, offering strong compatibility with most access card readers.

    ⚙️ Easy Integration and Customization

    The system includes one Wiegand reader interface and one RS485 port, making it easy to integrate with existing hardware. Customizable Wiegand formats provide flexibility for different project requirements, enabling seamless adaptation to various security environments.

    🌡 Durable and Designed for Harsh Environments

    The Tcp/Ip Floor Controller System is built to operate under challenging conditions.

    Operating temperature: -20 to 65°C

    Humidity: 10% to 90% RH
    This wide environmental tolerance ensures stable performance in diverse installation settings. With a compact size of 224 x 125 x 30 mm and a weight of 800g, the unit fits easily into control cabinets or elevator machine rooms.

    🔌 Reliable Power Support

    Operating at DC12V, 1A, the system provides stable power consumption while ensuring consistent performance for continuous access control operation.

    The Tcp/Ip Floor Controller System delivers powerful processing, large storage capacity, strong communication interfaces, and flexible floor control capabilities. Its durability and compatibility make it an ideal choice for modern building access management.

Frequently Asked Questions

电源适配器在使用过程中发出嗡嗡、吱吱等异常响声

内部元件松动,此时需要专业人员打开适配器外壳并检查内部元件的固定情况。

电源适配器在使用过程中变得过热

1.检查是否连接了过多的设备或设备功率过大,超过适配器的额定功率,可减少连接设备数量或更换更大功率的适配器。

2.清理适配器的散热系统,如散热片是否被灰尘堵塞,风扇是否正常运转

3.可能是适配器内部电路存在短路故障,需专业人员检查并修复。

设备连接电源适配器后,充电速度极慢或无法充电

1.检查适配器的输出电压和电流是否稳定,如不稳定可能是内部电路元件老化或性能下降,需送修或更换。

2.检查充电接口是否松动、接触不良,如有问题可重新插拔或清理接口处的金属触点。

3.可能是设备的电池管理系统出现故障,可尝试重启设备或连接其他正常电源适配器进行测试。

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